tesa® 88665 MP+ PET double-sided PET film differential tape

ACXplus high-performance adhesive tapes

tesa® 88665 MP+ PET double-sided PET film differential tape

tesa® 88665 MP+ PET is a double-sided PET film differential tape with a thickness of 115 µm and consists of a combination of silicone and acrylic adhesives.

Product description

The transparent double-sided adhesive tape tesa® 88665 has a PET carrier. One side is equipped with a silicone adhesive (simple side) and the other side with a modified acrylate adhesive (dense side). It was specifically developed for demanding applications where silicone materials need to be bonded to various substrates.

Features of the product

  • Excellent adhesive properties of the silicone adhesive, especially on silicone or silicone-containing surfaces.
  • Excellent adhesive properties of acrylic adhesive on a wide range of materials.
  • Very good handling properties during processing.

These properties make the product versatile and suitable for different applications.

Product features

  • Excellent adhesive properties of the silicone adhesive, especially on silicone or silicone-containing surfaces.
  • Excellent adhesive properties of the acrylic adhesive on a variety of materials.
  • Very good handling properties during processing processes.
  • High resistance under demanding environmental conditions.

Main areas of application

  • Silicone foam lamination.
  • Silicone rubber mount (e.g. rubber feet, phone case, keyboard, gasket, etc.).
  • Other critical surface mounts (e.g. PP, PE, etc.).

Other areas of application

  • Sealing and insulation materials
  • electronics industry
  • Medical Applications
  • Automotive industry
  • Packaging Industry
  • Aerospace
  • Domestic appliances
  • Construction materials

Material specifications

  • Layer thickness [µm] -> 115
  • Adhesive -> Sticky acrylic/silicone
  • Carrier material -> PET
  • Adhesion to steel – AC side [N/cm] -> 6,4 (initial) 9,3 (14 days)
  • Adhesion to silicone – Si side [N/cm] -> 6,3 (initial) 9,5 (14 days)
  • Short-term temperature resistance [°C] -> 150

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